10results about How to "Realize filling" patented technology

This invention discloses a miniature canning and conveying device, comprising a conveying assembly, a capping assembly, a cap transfer assembly, a guardrail assembly, a filling assembly, and a sterilization assembly mounted on a substrate. The conveying assembly has an inlet end, an inlet conveying end, an outlet conveying end, and an outlet end, with the inlet and outlet conveying ends conveying in opposite directions. The capping assembly is positioned above the inlet and outlet conveying ends. The cap transfer assembly is positioned between the inlet and outlet conveying ends. The guardrail assembly is laid between the inlet and outlet conveying ends, forming a filling and inoculation station, a sterilization station, and a channel. The filling and sterilization assemblies are respectively positioned at the filling and inoculation stations and the sterilization station. The guardrail assembly includes a bottle pushing component. This invention enables the filling and inoculation of the medicine inside the isolator from outside the isolator, preventing contamination of the internal environment of the isolator and leaks due to manual operation.

The utility model discloses a toner filling device which comprises a bottom plate, two supporting blocks are fixedly installed at the top of the bottom plate, a round box is fixedly installed between the two supporting blocks, a material storage box is fixedly installed at the top of the round box, and through holes communicated with the interior of the round box are formed in the top and the bottom of the round box. The upper through hole is communicated with a material storage box, a filling mechanism is arranged on the round box, a stirring mechanism connected with the filling mechanism is arranged on the material storage box, the filling mechanism comprises a motor fixedly installed on one outer wall of the round box, and a disc is fixedly installed on an output shaft of the motor. By arranging the filling mechanism and the turning and stirring mechanism, powder filling can be intermittently achieved, the volume of the powder filled every time is roughly the same, use is convenient, meanwhile, the powder in the storage box can be turned and stirred in the filling process, powder caking is avoided, and the filling efficiency is improved.

The veterinary feed additive quantitative packaging machine comprises a bottom plate, a mounting groove is formed in the upper surface of the bottom plate, a servo motor is mounted in the mounting groove, the output end of the servo motor is connected with a connecting rod, the top end of the connecting rod is connected with a rotating plate, and the rotating plate is connected with a rotating shaft. And a limiting mechanism is arranged on the upper surface of the bottom plate. According to the veterinary feed additive weighing device, firstly, the weighing discs in the multiple containing grooves are used for conducting quantitative weighing operation on veterinary feed additives in the containing grooves, then the servo motor is used for driving the connecting rod and the rotating plate to rotate, and therefore workers can conveniently adjust the containing grooves and the weighing discs to be aligned with the electric discharging valves; in this way, not only can veterinary feed additives of different specifications be filled and packaged, but also quantitative filling and packaging of the veterinary feed additives can be achieved.

The utility model belongs to the technical field of hard capsule production, and mainly relates to an automatic felt filling machine which comprises a rotary table mechanism, and a feeding assembly, a waste push-out assembly, a first filling assembly, a second filling assembly and a receiving assembly are sequentially arranged on the periphery of the rotary table mechanism. The feeding assembly is used for feeding an oiling pipe onto the rotating disc mechanism, the rotating disc mechanism is used for driving the oiling pipe to rotate in the circumferential direction, the waste pushing-out assembly is used for pushing out old felt in the oiling pipe, the first filling assembly and the second filling assembly are used for pushing new felt into the oiling pipe, and the receiving assembly is used for collecting the oiling pipe filled with the new felt. In the rotating process of the rotating disc mechanism, through operation of the feeding assembly, the waste pushing-out assembly, the first filling assembly, the second filling assembly and the receiving assembly in sequence, replacement and filling of two kinds of felts in the oiling pipe are completed, the problem that the replacement process of the felts in the oiling pipe is tedious is solved, and the production efficiency is improved.

The utility model relates to a kind of spiral discharging and degassing device for graphitization furnace filling, including the buffer bin for buffering material being arranged above graphitization furnace, the feed pipe being provided on buffer bin and being communicated with buffer bin inner chamber, the discharge outlet of buffer bin lower end is connected with vertically downward arrangement's discharging pipe, discharging pipe is worn with the discharging spiral that can rotate relative to discharging pipe, driving device is set on buffer bin and drives discharging spiral rotation, discharging pipe includes the discharging pipe and degassing pipe with sequentially communicated from top to bottom, discharging pipe upper end is connected with the discharge outlet of buffer bin lower end, the upper end of degassing pipe is connected with the lower end of discharging pipe, and degassing pipe is provided with the exhaust pipe being communicated with degassing pipe inner chamber.This utility model adopts spiral extrusion mode to convey material into graphitization furnace, and air in material is discharged through degassing pipe in spiral extrusion process, so that the material is compacted, dust pollution is reduced, and filling quality is improved.

The utility model relates to the technical field of antifogging agent production, and discloses a filling device for antifogging agent production, which comprises a bottom plate, the upper surface of the middle of the bottom plate is rotatably connected with a rotating shaft, and the upper surface of the rotating shaft is fixedly connected with a groove turntable. According to the anti-fogging agent filling bottle conveying device, the anti-fogging agent filling bottles are conveyed from right to left through the conveying structure, when the anti-fogging agent filling bottles reach the joint of the right conveying belt and the fixed limiting tray, due to extrusion force between the anti-fogging agent filling bottles, the anti-fogging agent filling bottles are conveyed into the fixed limiting tray, a first motor is started, and the anti-fogging agent filling bottles are conveyed into the fixed limiting tray. Due to the fact that the output shaft of the first motor rotates to drive the rotating frame to rotate, the rotating frame rotates by one circle to drive the driven frame to rotate by one fourth circle, when the rotating frame rotates to the position where the driven frame is not driven, anti-fogging agent filling just starts to be achieved, intermittent movement is adopted by the device, and therefore the filling efficiency is higher; therefore, the production of the antifogging agent is met.

This invention relates to a novel glove box based on a slide gate valve-connected sample inlet and transfer chamber, and its usage method. The glove box has a connecting interface on its side wall, through which an external slide gate valve-type glove box transition chamber is installed, connecting the inside and outside of the glove box. The output end of the external slide gate valve-type glove box transition chamber is equipped with an external slide gate valve. The external slide gate valve-type glove box transition chamber has a sealed working state and an open sample loading state for transferring the sample to be tested. A movable sample transfer assembly is located inside the external slide gate valve-type glove box transition chamber. This invention provides a continuous sampling gas protective atmosphere and facilitates convenient and simple sampling during the injection process.

The utility model relates to filling equipment technical field discloses a kind of acidifier filling equipment, including conveyer belt, the conveyer belt side is connected with baffle by drive arrangement, the left and right sides of conveyer belt are evenly provided with fixed frame, electric telescopic rod is fixedly connected in the middle part inboard of fixed frame, the driving end of electric telescopic rod is fixedly connected with clamping plate, electric chute is provided in the inboard of fixed frame upper end, the inner wall of electric chute is slidably connected with slider, the inboard lower end of slider is fixedly connected with fixed plate, the middle part of fixed plate is fixedly connected with filling head, the outer wall of filling head lower end is fixedly connected with conical rubber cover.In the utility model, by injecting argon to create an oxygen-free environment, effectively inhibit acidifier volatilization and prevent its oxidation, to protect product stability. Through the linkage of each component to realize automatic clamping, filling and release, baffle rotation synchronously completes pushing and interception, realize continuous production, and waste gas centralized treatment, give consideration to efficient and environmental protection.

This invention relates to a tiered heating and oxygen supply system, belonging to the field of high-altitude air conditioning technology. The system integrates photovoltaic power generation, solar thermal collection, water electrolysis oxygen production, fuel cell cogeneration, and oxygen filling devices. Since the energy source of the tiered heating and oxygen supply system is solar radiation, it utilizes both the photovoltaic power generation system for electricity generation and the solar thermal collection system for heating, achieving zero carbon emissions for the entire system. By utilizing the difference in heat quality between the solar thermal collection system and the hydrogen fuel cell cogeneration system, tiered heating can be provided to users; the high-temperature hot water provided by the solar thermal collection system can be used for heating, while the medium- and low-temperature hot water provided by the fuel cell cogeneration system can be used for bathing. The system utilizes a combination of pressurization and depressurization equipment to store oxygen from the same source at different pressures, achieving tiered oxygen supply for different oxygen-consuming terminals.

The invention provides coal mine tunnel continuous gangue throwing and filling equipment which comprises a backfill machine, a feeding machine, a reversed loader and a movable machine tail, a telescopic mechanism, a lifting mechanism, a swing mechanism and a gangue throwing belt are arranged on the backfill machine, the telescopic mechanism drives the gangue throwing belt to stretch out and draw back front and back, the lifting mechanism drives the gangue throwing belt to change amplitude up and down, and the swing mechanism drives the gangue throwing belt to swing back and forth. The swing mechanism drives the waste rock throwing belt to swing horizontally; an auxiliary roof-contacting mechanism is arranged at the front end of the backfilling machine, a height-adjusting and deviation-adjusting mechanism and a supporting device are arranged on the rear side, a walking device is arranged on the lower side, and a push plate mechanism is arranged on the front side of the walking device. A four-machine linkage continuous filling system is created for the first time, and the problems of low efficiency and high safety risk in the prior art are thoroughly solved. Through integrated linkage of the backfilling machine, the feeding machine, the reversed loader and the movable machine tail, continuous conveying and filling of gangue are achieved, the equipment can achieve continuous stepping through the self-walking mechanism, and small-step intermittent backward movement is not needed.